News on China's scientific and technological development.

chinaowns

Just Hatched
Registered Member
In case anybody was unaware, the IMO 2010 results came back

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China = 1st place
Russia = 2nd place
India = 36nd place

If you look at the USA team 4/6 of USA team is CHINESE
AUSTRALIA TEAM IS 4/6 CHINESE
CANADA TEAM IS 5/6 CHINESE
NEW ZEALAND TEAM IS 4/6 CHINESE
 

Martian

Senior Member
China and Taiwan have caught up with U.S. advanced five-axis machine tools

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Advanced high-precision five-axis machine tool fabricating an engine block

"Foreign companies in China and Taiwan have caught up with U.S. technical capabilities, rendering stringent U.S. export controls moot." (see first paragraph in news article)

Let's do the math. From the seventh paragraph, 45 foreign companies produce advanced five-axis machine tools in the BRIC+Taiwan countries. "China has 20 indigenous five-axis machine tool companies; Taiwan has 22." 45 - 20 (in China) - 22 (in Taiwan) = 3 left in Brazil, Russia, and India combined.

For comparison, "there are six American companies dedicated to producing five-axis machine tools." (see fourth paragraph in news article)

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"U.S. Precision Machine Tool Industry Is No Longer A Global Competitive Force

March 5, 2010 Volume 17, No. 4
By Richard A. McCormack
[email protected]

U.S. producers of some of the most technologically advanced machine tools are in trouble, according to an assessment by the Department of Commerce. Sales of high-precision five-axis machine tools are declining. U.S. share of global exports is in a free fall. Foreign companies in China and Taiwan have caught up with U.S. technical capabilities, rendering stringent U.S. export controls moot. U.S. companies are being purchased by foreign rivals. A lack of training programs has created a shortage of skilled workers able to use the complex machinery. Commercial and U.S. government customers prefer foreign machine tools. Export controls are hampering foreign sales. The entire U.S. machine tool industry spends only $1 million a year on research on five-axis machine tools.

These are some of the findings from a "Critical Technology Assessment" conducted by the Commerce Department's Bureau of Industry and Security.

U.S. producers of five-axis machine tools had sales of $253 million in 2008, down 11 percent from 2005 sales of $284 million. That was before the U.S. machine tool industry suffered a meltdown in 2009, when domestic consumption tumbled by 60.4 percent, according to the Association of Manufacturing Technology.

Sales of five-axis machines to domestic customers from U.S. producers declined by 19 percent from 2005 to 2008, from $242 million in 2005 to only $195 million in 2008. There are six American companies dedicated to producing five-axis machine tools, and at least 20 in China. Five-axis tools are used for the production of precision components in the aerospace industry, in making gas and diesel engines, automobile parts, and throughout the medical, textile, oil, glass, heavy industrial equipment and tool industries. "Many other industries are discovering the advantages of these machines," says the Bureau of Industry and Security (BIS).

Yet "only a handful of U.S. producers actually manufacture five-axis machine tools in high volume and most generate less than 10 percent of their annual net finished machine tools sales from five-axis machine tool business lines," according to the market and technology research report from BIS.

U.S. producers of five-axis machine tools exported only $58 million worth of equipment in 2008. In a tally of global exports of all machine tools, the United States -- with exports of $740 million -- accounted for only 4.3 percent of global exports in 2007.
...
BIS also assessed foreign producers of five-axis machines. It found that not one of the 45 companies that are indigenous to Brazil, China, India, Russia and Taiwan use U.S. technology, parts, components or materials. China has 20 indigenous five-axis machine tool companies; Taiwan has 22. None of these companies have to deal with the types of export restrictions facing American firms. As a result, these companies are able to produce all the machine tools that are in demand in China and Taiwan, plus they are "able to produce in sufficient quantity to export to other LRCs," says BIS.

One of China's five-axis machine tool makers has 24 distinct models. China now has 28 companies capable of building more than 1,000 CNC machine tools. There are 130 Chinese companies with annual capacity of more than 100 machine tools. The country is now supplying most all of its own demand, with only 10 percent of the market being supplied through imports. "In 2005, approximately 59,600 units of CNC machine tools were produced in China," according to the BIS report. In 2007, the combined amount of CNC metal-cutting and forming tools produced in China was 126,268, more than double the amount produced in 2005. China is now supplying its own demand for five-axis machine tools used throughout its military.

The BIS quotes the Export Compliance Working Group of the American Chamber of Commerce in the People's Republic of China as saying: "Given the existing domestic and joint venture development and the foreign availability of high-level machine tools, U.S. companies could not make a material contribution to China's military development. China's military demands are already satisfied by domestic and foreign supply."

The United States exported 515 five-axis machine tools between 2005-2007, and only 12 of these went to China. DMTG, China's largest producer of machine tools, exports products to more than 100 countries.
...
The report is located at
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defenseindustrialbaseprograms/osies/defmarket researchrpts/final_machine_ tool_report.pdf."
 
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Martian

Senior Member
Taiwan shows its prowess as World #4 in machine tool exports

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Taiwan's Shun Chuan CSR-1860 CNC Lathe

The following videos are all high-definition (e.g. make sure to select 720p for the YouTube video in the bottom right-hand corner), widescreen, and in English. Each one is only a few minutes long. The videos provide a comprehensive and entertaining look at Taiwan's machine tool industry. For anyone interested in technology, I highly recommend watching them.

General overview of Taiwan's machine tool industry:

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The following videos have a similar format. The first two-thirds of each video discuss the outstanding technical features of the machine tool. For an ordinary person like myself, it is the last third of the video with action-packed footage that I find the most interesting.

High-tech features of specific machine tools:

CNC Engraving Machines, Laser Engraving & Cutting Machines
A beautifully-compact machine with 0.005 mm accuracy!
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CNC Lathe, CNC Automatic Lathe
"Ultra-fast efficient machining"
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CNC Lathe, CNC Turning Center
Heavy machining of medium carbon steel, steel alloy, and aluminum alloy
"Fast turns and guaranteed repeatable accuracy"
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CNC Turning Center, CNC Turning Lathe
"For milling and complicated machining"
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"TIMTOS
2010/03/25

To Whom It May Concern,

The 2011 Taipei International Machine Tool Show (TIMTOS 2011) will take place at TWTC Taipei World Trade Center (TWTC) Exhibitions Hall 1, 2, 3 and the Nangang Exhibition Center from March 1 to 6, 2011.

The biennial exhibition has already become a focus for international buyers, and the upcoming 15th TIMTOS is sure to be a prominent international event in the industry. The machine tool industry forms a crucial element in Taiwan’s machinery industry; in addition, Taiwan is currently the world’s 4th largest manufacturer of machine tool. This year’s exhibition is centered on the procurement of top-quality “Made in Taiwan” machine tool and total solution for machine industry.

After the successful turnout in 2009 and to stimulate more inspiration under the economic crisis worldwide, TAITRA determines to contribute more efforts for continuing the glory of TIMTOS in 2011. It provides a vertically-integrated window on the top industry players and offering buyers unparalleled convenience. The event is estimated to provide spaces and opportunities for over 910 exhibitors, 4,500 booths and 44,500 visitors, so further interaction and exploration can be achieved through the period of March 1-6, 2011!

We sincerely welcome you to join us to exhibit the latest products and demonstrate the most up-to-date technologies. Please find the show’s Application Kit from our website. Should you have any queries or require further assistance, please feel free to contact me (email: [email protected]) at any time. Our overseas branch offices will also be more than happy to help you (check your closest contact at:
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).

Sincerely yours,
Paul Cheng, Show Manager
Exhibition Dept. Section I
Taiwan External Trade Development Council"
 
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Martian

Senior Member
China's premier laser research institute: SIOM

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Important National Laboratory in Field of High-Powered Laser Physics

Main Research directions:

■ The physics and technology of ultra-intense ultra-short laser
■ The experimental and theoretical investigation on hi-field ultra-fast laser physics
■ The fundamental research in hi-tech fields and the interdisciplinary frontiers

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23.0 TW/33.9 fs table-top ultra-intense ultra-short pulse laser system; that is the most powerful table-top laser facility in China. [A TeraWatt (TW) is 1x10E12 Watts. A femtosecond (fs) is 1x10E-15 second (or "one millionth of one billionth of a second").]

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16.7 TW/120 fs ultra-intense ultra-short-pulse laser system based on the scheme of optical parametric chirped pulse amplification, which is at the forefront of world-class technology.

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Experimental equipment for ultra-intense ultra-short laser interaction with solid-state target.

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"Ultra-Intense Laser Science Research at Shanghai Institute of Optics and Fine Mechanics

Founded in 1964, Shanghai Institute of Optics and Fine Mechanics (SIOM) has been widely recognized as the most important research center in the field of laser science and technology in China. SIOM is one of the about 100 institutes of Chinese Academy of Sciences (CAS), originated for the laser research groups of CAS institutes in Changchun and Beijing, where the first Chinese ruby laser oscillator was demonstrated in 1961.

SIOM has become a comprehensive research institute with the main research fields as high power laser technologies and systems, high-field laser physics using intense and ultra-intense ultrafast lasers, information optics, quantum optics, solid state laser technologies and their applications, laser and optoelectronics materials.

In addition to the earlier achievements in the development of high power laser technologies and facilities, SIOM has developed in recent years the first Chinese multi-kilo-joule laser facility for the basic research of nuclear energy based on the laser driven fusion of the isotopes of hydrogen, together with the relatively compact but much more intense laser facility with the peak power approaching a petawatt (a million billion watt). SIOM is exploring the frontiers of intense and ultra-intense laser science using these facilities and other smaller-scale laser systems with laser pulse durations ranging from a few nanoseconds (billionths of a second) to a few femtoseconds (millionths of a nanosecond), including table-top laser fusion using cluster targets, laser acceleration of electrons and ions, nonlinear propagation of laser beams at relativistic intensity, atomic and molecular physics in intense laser field, high order harmonics and coherent XUV emission generation, attosecond (billionth of a nanosecond) pulse generation and etc. I will highlight some of the recent progress hereafter.

Femtosecond Petawatt Laser Facility

Based on chirped pulse amplification (CPA) scheme, we have developed the femtosecond petawatt Ti:sapphire laser system with a peak power of 0.89 petawatt and a pulse duration of 29.0 femtoseconds [1]. The system consists of a self-mode-locked Ti:sapphire oscillator, a pulse stretcher, four amplifiers and a four-grating pulse compressor. The following three key technologies are essential to this system."

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"Shanghai Optics and Fine Mechanics achieves breakthrough in Synthetic aperture laser imaging radar technology

8th, July News, Shanghai Institute of Optics and Fine Mechanics Space Optical Communications and Technology Key Laboratory testing is supported by major projects. Beginning the research of synthetic aperture laser imaging radar technology since 2008, it has made a breakthrough recently and has achieved the imaging of range and azimuth of a two-dimensional target in the laboratory-scale narrow synthetic aperture laser imaging radar equipment; achieve the complete linking process of synthetic aperture laser radar, optical, opto-electronics and computer processing. This is the world's third report of successful experiments.

Synthetic aperture imaging laser radar (also known as optical SAR) is the only optical means to reach the cm-optical imaging resolution for distant objects. It has a significant prospect in the space field. Features include: 1. Laser active imaging, suitable for all-day use, with high-resolution imaging close to optical visibility, and quick imaging; 2. Radars with a wide range of applications: suitable for space-to-ground observation of super-resolution, space remote-moving target, and ultra-resolution imaging applications.

The United States made the key technological breakthrough of synthetic aperture imaging laser radar in 2002, realized two-dimensional imaging in the laboratory-scale narrow synthetic aperture laser equipment, and (building on this base in 2006) airborne synthetic aperture laser imaging radar prototype that were respectively researched by Raytheon and Northrop Grumman Corporation; thereafter carrying out a variety of field tests and recently expanding the number of applications.

Using a different fiber optics set-up than the experiments in the United States, Shanghai Institute of Optics and Fine Mechanics experimental system used space-optical structures. This resulted in increased experimental difficulties, but would yield more practical results. Due to the differences between the implementation of optical synthetic aperture imaging radar and microwave synthetic aperture radar, the concepts and principles of microwave radar cannot be directly utilized. This makes the study challenging for optical synthetic aperture radar imaging. In the research by Shanghai Institute of Optics and Fine Mechanics Space Optical Communications and Technology Key Laboratory, the institute creatively solved a series of optical science and space-domain obstacles, time-domain optical-scientific issues and statistical optics-scientific issues. Also, the systematic-and-corresponding development of the overall design, optical antennas, and key technologies such as receiver/transmitters optoelectronic systems and image processing has laid a solid foundation for the realization of laboratory-scale synthetic aperture laser imaging radar and a future prototype device.

The outcome of this project serves a leading role in the country. The results of the project's basic research, especially on the issue of space-domain optical-study, have a high degree of innovation; fill gaps in the knowledge of international research; and has quickly received recognition from international colleagues.

时间:2009-9-26 12:00:43 阅览:369 返回"

[Note: I edited the last article a little bit to facilitate ease of reading.]
 

Martian

Senior Member
China unveils domestic AC313 large civilian helicopter

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The AC313, China's first domestically-made large civil helicopter, flies in its test flight in Jingdezhen City, east China's Jiangxi Province, March 18, 2010. The AC313 helicopter completed its maiden flight on Thursday. (Xinhua Photo)

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"China unveils homemade AC313 large civilian helicopter
Page last updated at 05:10 GMT, Friday, 19 March 2010

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The AC313 is China's first domestically developed civilian helicopter

China's first domestically developed civilian helicopter has completed a successful maiden flight in Jingdezhen, in the eastern province of Jiangxi.

The heavy-lift AC313 helicopter, built by the state-owned Aviation Industry Corporation of China (Avic), can carry 27 passengers or up to 13.8 tonnes.

It is designed to be used for rescue missions in earthquakes, typhoons and other natural disasters.

It is the latest advance for the country's ambitious aerospace industry.

At last month's Singapore Air Show, Beijing unveiled the Comac C919 aircraft - China's answer to the Boeing 737 and Airbus A320, which should be available commercially by 2016.

The AC313 has a maximum range of 900km (560 miles), the state-run China Daily reported on its website.

Its test flight - broadcast live on China Central Television on Thursday - was hailed as a "breakthrough in domestic aviation technology", it added."
 

Martian

Senior Member
BYD to sell F3DM-model electric cars in Shanghai

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"The "DM" or "Dual Mode" F6DM and F3DM both have a 1.0L gasoline engine combined with a 50kW motor and a 20kW power generator. Their 19.8kWh batteries alone are capable of running 100km, the company says. The FD6M initial cost? 50,000 yuan ($7,150) more expensive than the base model, so in total around 150,000 yuan (about US$21,500). Half the price of the Prius in China now."

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"Motor in BYD F3 DM
Left the 1 litre 50 kW gasoline engine, right the 50 kW electric engine. Above the engine controller."

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"The Household Charge Port and Quick Charge Port are seen on a F3DM electric vehicle. BYD F3DM, China’s first mass-produced electric vehicle by BYD Auto, is a gasoline-electric hybrid plug-in vehicle, using a small gasoline combustion engine to charge the car’s battery. When fully charged, it can run as far as 100 to 110 kilometers by electricity. (Photo by China Photos/Getty Images)"

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Car model/presenter at China automotive exhibition

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"BYD to sell F3DM-model electric cars in Shanghai

Jul. 30, 2010 (China Knowledge) - China's largest rechargeable battery maker and a well-known automobile producer, is set to sell the F3DM hybrid vehicle to customers in Shanghai by the end of the month, the Shanghai Daily reported.

The F3DM, the world's first mass produced plug-in hybrid car model, is able to have a 60-kilometers drive on a single charge. The battery can be fully charged in seven hours at a household outlet, and semi-charged in 10 minutes at a professional one.

BYD may also raise the output target of F3DM this year in anticipation that the government's stimulus plan will boost sales, said an official within the company.

The Chinese government plans to invest RMB10 billion, to speed up the commercialization of new energy vehicles. It aims to have 500,000 green cars on the roads by 2012. Subsidies up to RMB60,000 will be granted for purchasing a new energy vehicle.

MidAmerican Energy Holdings Co, a subsidiary of Berkshire Hathaway Inc that is controlled by Warren Buffett, holds a 10% stake in BYD."
 

Obcession

Junior Member
I don't know about the hybrid vehicle. Such a thing might be feasible in economies where the majority of the electric generation is done in sustainable ways (solar, wind, etc). Consider China with 80% of its energy generated through coal, and a lot of that electricity generation has very low efficiency, I think a feasibility study has to be done. The study should determine whether it's more efficient in terms of cost and in terms of emissions to use electricity vs. oil. It maybe that more emissions will be given off by charging the car with electricty by way of generating this electricity with burning coal.

Anybody has hard stats or can do a calculation on this?
 

vesicles

Colonel
I don't know about the hybrid vehicle. Such a thing might be feasible in economies where the majority of the electric generation is done in sustainable ways (solar, wind, etc). Consider China with 80% of its energy generated through coal, and a lot of that electricity generation has very low efficiency, I think a feasibility study has to be done. The study should determine whether it's more efficient in terms of cost and in terms of emissions to use electricity vs. oil. It maybe that more emissions will be given off by charging the car with electricty by way of generating this electricity with burning coal.

Anybody has hard stats or can do a calculation on this?

I think you might have confused "hybrid" with "electric". With a hybrid, you don't need to plug in and no charging involved. Thus, no need for any "electric vs. gas" comparison. You still need to fill the hybrid vehicle with gas. Electricity is generated by the vehicle itself when the car is in motion or braking, etc, and stored in the on-board battery. You still need gas to get the vehicle moving. That's why you will find a MPG thing for all hybrids. I think Prius, the best hybrid (IMO), is about 55 MG local and 45 MPG highway.

Personally, I like hybrids more than electric since you don't need to charge it overnight for only 300 miles. If one wants to do a long-distance travel, electric is a pain.
 

lcloo

Captain
I don't know about the hybrid vehicle. Such a thing might be feasible in economies where the majority of the electric generation is done in sustainable ways (solar, wind, etc). Consider China with 80% of its energy generated through coal, and a lot of that electricity generation has very low efficiency, I think a feasibility study has to be done. The study should determine whether it's more efficient in terms of cost and in terms of emissions to use electricity vs. oil. It maybe that more emissions will be given off by charging the car with electricty by way of generating this electricity with burning coal.

Anybody has hard stats or can do a calculation on this?

China is already aggresively building green power generating plants, also, China's policy for green cars actually includes small capacity petrol engined cars. I am not clear on the specification defining small engine, but I guess it would be below 1000cc or 1200 cc engines.

Below is report has some mention on China's investment on green power plants.

Senate Inaction Cedes U.S. Energy Race to China: Eric Pooley
By Eric Pooley - Jul 30, 2010 9:00 AM GMT+0800 Fri Jul 30 01:00:00 UTC 2010
Bloomberg Opinion
Right now the U.S. Senate is conducting a master class on the perils of legislation by rearview mirror. On July 27, when Majority Leader Harry Reid unveiled the “Clean Energy Jobs and Oil Company Accountability Act,” the two most powerful clean energy provisions were missing: a cap on carbon emissions from the electric power sector and a national Renewable Electricity Standard (RES), which would require utilities to generate at least 15 percent of their electricity from renewable sources by 2021.
For years, business leaders from General Electric Chief Executive Officer Jeff Immelt to venture capitalist John Doerr have warned that if America failed to pass a comprehensive climate-and-energy bill, the country risked losing the clean energy race to China -- sacrificing the jobs of the future in a timid, ill-fated effort to preserve the jobs of the past. Now those warnings are coming true.
Clean energy advocates were angry but not surprised on July 22, when Reid said he was pulling the plug on the carbon cap. Powerful utilities were withholding support. President Barack Obama wasn’t trying to forge a compromise. And key Democratic senators had no appetite for a bill that might cause a modest, short-term increase in electricity prices -- potentially endangering some 20th century manufacturing jobs -- even if it helps create many more 21st-century jobs by making clean energy competitive with coal.
The disappearance of the renewable energy standard, however, was a shock. Both the House and Senate have passed RES bills in the past, yet it has never become law. With elections looming, this may be the last chance for years to set the rules of the road for energy investment.
Partisan Moment
While the carbon cap, at this intensely partisan moment, has exactly zero Republican supporters, at least four GOP senators have signaled support for the RES. Proponents are hoping to introduce it as a floor amendment -- and whether or not they have the votes to pass it, this is a debate worth having.
In a meeting with business leaders and environmental advocates early last year, Obama economic adviser Larry Summers described a “scissors” approach to economic recovery, according to several people who were present but not authorized to discuss it publicly.
The first blade of the scissors, Summers explained, was the stimulus package and its tens of billions for clean energy deployment. The second blade would be a mandatory, declining cap on carbon, which would remove the investment uncertainty that has hobbled the energy market, and draw billions of private dollars off the sidelines.
Dirty Fuel
Utility chief executive officers such as Lew Hay of Next- Era Energy, Ralph Izzo of PSEG, and Jim Rogers of Duke Energy have all said they are ready to invest in clean energy just as soon as Congress establishes a carbon cap that creates a clear, steady price signal for dirty fuel -- in effect, pricing in some of the social costs of carbon pollution that have never been part of America’s energy bill.
The scissors is missing a blade. The Senate has made clear it is not ready to cap carbon, and President Obama has made clear that he won’t go to the mat for it now, either.
On July 24, when some of the clean-tech industry’s leading executives gathered in Aspen, Colorado, for a Clean Energy Economy Roundtable sponsored by the Aspen Institute, the group was perplexed. “The deployment rate of renewable energy projects in America is withering,” said Andy Karsner, CEO of Manifest Energy and a former assistant secretary for Energy Efficiency and Renewable Energy during the George W. Bush Administration. “Projects announcements are happening, but largely at the end of a federal check.”
Better Prospects
Instead of funding U.S. projects, banks and venture capitalists increasingly are putting their energy money into China, where the market is large and secure, thanks to government mandates. In the second quarter, for example, China attracted more clean-tech asset financing than Europe and the U.S. combined, according to data compiled by Bloomberg New Energy Finance.
Financing of wind turbines, solar panels, and low-carbon technology in China climbed to $11.5 billion, a 72 percent jump from the year-earlier quarter. U.S. investment in clean energy for the quarter measured $4.9 billion; Europe’s, $4.5 billion
.
[/COLOR]“Where investors are placing their bets,” says BNEF Chief Executive Michael Liebreich, “is changing rapidly.”
On the same day that Reid pulled the plug on the carbon cap, China Daily announced that the People’s Republic would begin an experiment in carbon trading -- a policy mechanism invented in America, used by Republican George H.W. Bush to fight acid rain, and vilified by today’s GOP as “cap and tax.”
China’s Spending
China may spend $738 billion over the next decade developing cleaner sources of energy, according to Jiang Bing, head of the planning and development department for China’s National Energy Administration.[/COLOR] “The government is taking the issue of cleaner energy seriously for the reasons of climate change (and) energy security,” says Barbara Hon, an analyst at China Everbright Securities in Hong Kong. “It’s already meeting some of its targets for sectors like wind power well ahead of schedule.”
It may already be too late to catch the Chinese, though there are ways the U.S. could stay in the game. The carbon cap would be Plan A, but that’s off the table for now. Plan B would begin with passage of the RES and other measures also not being considered in current legislation.
‘Green Bank’
One such idea is a “Green Bank” that would leverage Treasury Department money for low-interest loans to projects that can’t attract conventional financing because their path to profitability is too long. “I don’t know if it really amounts to a Plan B,” says Kenneth Berlin, a Green Bank proponent and cap-and-trade supporter who heads the environmental practice at Skadden, Arps, Slate, Meagher & Flom. “It’s more like Plan D, but it would be far, far better than nothing.”
Twenty-eight states and the District of Columbia already have RES laws, many with much higher targets than the one cut out of the Senate bill.
Colorado voters approved one in 2004, and the state has increased the standard twice: The current target is 30 percent by 2020, double the one left out of the Senate bill. Colorado now generates almost 6 percent of its electricity from wind, and its commitment to clean energy has helped develop a solar industry as well: from 100 companies in 2007 to more than 400 today, according to the governor’s office. When Vestas Wind Systems, the Danish turbine maker, chose to build its North American manufacturing plants in Colorado (a $1 billion investment that was good for 2,500 new jobs), it called the RES a major factor in the decision.
Early Adopter
Another early adopter is Texas. Its RES, signed into law by Governor George W. Bush in 1999, has helped the state become a major producer of U.S. wind power, adding almost 10 gigawatts (up from 0.2 in 1999) and thousands of new jobs in the decade since the law was enacted. Although Texas has reduced its carbon emissions as a result of this push into wind energy, Bush and his fellow Texans didn’t create the industry because they were worried about global warming. They did it because there was money to be made.
There still is. And if Congress doesn’t hurry, most of it is going to be made in China.
(Eric Pooley is deputy editor of Bloomberg Businessweek and author of “The Climate War: True Believers, Power Brokers, and the Fight to Save the Earth.” This column will appear in the magazine’s Aug. 2 edition. The opinions expressed are his own.
To contact the author of this column: Eric Pooley in New York at [email protected]
 
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